Abstract: An image signal processing apparatus includes a hard disk. The hard disk is as necessary created with a directory to which time information according to a time counter is assigned. An image file is stored in a latest directory having the latest creation time among a plurality of directories thus created. When a time indicated by the time counter is modified retroactive to the past, a marker is added to a directory having the time information according to the time counter before being modified. The latest directory is detected on the basis of the marker and the time information.

Abstract: An electronic camera free from failures of an internal circuit, such as a signal processing portion, caused by a drop in battery voltage when there remains a small amount of electric charge in the battery, includes a signal processing portion for signal-processing an imaged video signal obtained from an imaging element to form image data, a monitor for displaying the image data, an electronic flash device, a battery for supplying current to the signal processing portion, the monitor and the electronic flash device, a battery voltage detector circuit, and a system controller. The electronic flash device includes a capacitor charged when no light is emitted, and a discharged tube receiving an output from the capacitor and emitting light.

Abstract: A digital camera includes a memory card. The memory card is previously recorded with template image data that has been subjected to conversion of Y-data effective range and JPEG compressing. A CPU expands this template image data by a JPEG method, and then subjects only expanded data greater than a predetermined value to effective-range conversion that is reverse to the above. The CPU composites the template image data thus obtained with photographed image data, thereby creating composite image data.

Abstract: According to this invention, an electronic photographing device includes: a recording medium for recording image information corresponding to each frame photographed by panorama photographing; a predicted number of panorama-photographed frames setting device for setting information corresponding to the predicted number of photographed frames to be photographed by panoramic photographing; a number of available frames setting device for setting the number of frames which can be photographed on the basis of a capacity of the recording medium; a comparison device for comparing the number of available frames set by the number of available frames setting device with the predicted number of photographed set by the predicted number of panorama-photographed frames setting device; and a warning device for warning the user that a spare recording medium is required as a result of comparison by the comparison device if the number of available frames set by the number of available frames setting device is smaller than the

Abstract: An electronic camera free from failures of an internal circuit, such as a signal processing portion, caused by a drop in battery voltage when there remains a small amount of electric charge in the battery, includes a signal processing portion for signal-processing an imaged video signal obtained from an imaging element to form image data, a monitor for displaying the image data, an electronic flash device, a battery for supplying current to the signal processing portion, the monitor and the electronic flash device, a battery voltage detector circuit, and a system controller. She electronic flash device includes a capacitor charged when no light is emitted, and a discharge tube receiving an output from the capacitor and emitting light.

Abstract: This electronic photographing device is designed to synthesize a calendar and an image with each other by a simple operation so as to record the synthesized image on a recording medium.

Abstract: A digital camera including a memory card for storing a composite image data. When an operator selects template image data and photographed image data recorded in a memory card, a CPU composites these image data with each other by using a DRAM. The CPU then compares a data amount of composite image data with a vacant capacity of the memory card. If the data amount is less than the vacant capacity, the composite image data is recorded into the memory card. Meanwhile, when the data amount is greater than the vacant capacity, the CPU displays a predetermined alarm message on an LCD. Here, if the operator attaches another memory card, the CPU again compares the data amount of the composite image data with a vacant capacity of a memory card newly attached. If the vacant capacity is sufficient, the composite image data is recorded to the same memory card.

Abstract: According to this invention, an electronic photographing device in which image information corresponding to one set of images photographed by panoramic photographing can be recorded on a recording medium includes: a rotation direction setting device for setting information corresponding to a rotating direction panoramic of the electronic photographing device in the panorama photographing; a rotating direction recording device for recording information corresponding to the rotation direction set by the rotation direction setting device on the recording medium; a control device for controlling an arrangement of the set of panoramic images on the basis of the information corresponding to the rotation direction recorded on the recording medium; a display device for displaying editing information for performing predetermined image editing to the panoramic images arranged by the control device; and a control device for performing a predetermined editing operation on the basis of the editing information displayed on

Abstract: A digital camera includes a memory card. Title image data and photograph image data are compressed according to a JPEG format so that compressed data thereof are recorded in the same memory card. When the title image data and the photograph image data are combined into composite image data, the composite image data is also compressed according to the JPEG format and recorded into the same memory card. That is, the title image data, the photograph image data and the composite image data are compressed according to the same format, and their compressed data are recorded in the same memory card.

Abstract: An image signal processing apparatus includes a hard disk. The hard disk is as necessary created with a directory to which time information according to a time counter is assigned. An image file is stored in a latest directory having the latest creation time among a plurality of directories thus created. When a time indicated by the time counter is modified retroactive to the past, a marker is added to a directory having the time information according to the time counter before being modified. The latest directory is detected on the basis of the marker and the time information.

Abstract: A digital camera includes a memory card. The memory card is previously recorded with template image data that has been subjected to conversion of Y-data effective range and JPEG compressing. A CPU expands this template image data by a JPEG method, and then subjects only expanded data greater than a predetermined value to effective-range conversion that is reverse to the above. The CPU composites the template image data thus obtained with photographed image data, thereby creating composite image data.

Abstract: A digital camera includes a memory card. The memory card is previously recorded with template image data that has been subjected to conversion of Y-data effective range and JPEG compressing. A CPU expands this template image data by a JPEG method, and then subjects only expanded data greater than a predetermined value to effective-range conversion that is reverse to the above. The CPU composites the template image data thus obtained with photographed image data, thereby creating composite image data.

Abstract: According to this invention, an electronic photographing device in which image information corresponding to one set of images photographed by panoramic photographing can be recorded on a recording medium includes: a rotation direction setting device for setting information corresponding to a rotation direction of the electronic photographing device in the panorama photographing; a rotation direction recording device for recording information corresponding to the rotation direction set by the rotation direction setting device on the recording medium; a control device for controlling an arrangement of the set of panoramic images on the basis of the information corresponding to the rotation direction recorded on the recording medium; and a display device for displaying the set of panoramic images arranged by the control device.

Abstract: An electronic camera free from failures of an internal circuit, such as a signal processing portion, caused by a drop in battery voltage when there remains a small amount of electric charge in the battery, includes a signal processing portion for signal-processing an imaged video signal obtained from an imaging element to form image data, a monitor for displaying the image data, an electronic flash device, a battery for supplying current to the signal processing portion, the monitor and the electronic flash device, a battery voltage detector circuit, and a system controller. The electronic flash device includes a capacitor charged when no light is emitted, and a discharged tube receiving an output from the capacitor and emitting light.

Abstract: According to this invention, an electronic photographing device in which image information corresponding to one set of images photographed by panorama photographing can be recorded on a recording medium includes: a rotating direction setting device for setting information corresponding to a rotating direction of the electronic photographing device in the panorama photographing; a rotating direction recording device for recording information corresponding to the rotating direction set by the rotating direction setting device on the recording medium; a control device for controlling an arrangement of the one set of panorama images on the basis of the information corresponding to the rotating direction recorded on the recording medium; and a display device for displaying the one set of panorama images arranged by the control device.

Abstract: When an electronic still camera in which a value of a voltage from a battery 2 is compared with reference values in a heavily loaded condition, i.e. with an LCD monitor 21 operated, to detect the current amount of charge remaining in the battery and a battery voltage obtained that is lower than a reference value R3 forces the body of the camera to be powered off, is again powered on without changing the battery, the battery is immediately placed in a lightly loaded condition, since LCD monitor 21 is in a non-operating state. Thus, battery voltage increases and thus exceeds the reference value and this disadvantageously results in a result different from that of detection of the amount of charge remaining in the battery that is obtained before the camera is powered off.

Abstract: Image pick-up device reads image pick-up signals of all the pixels of CCD only when a light intercepting plate is moved from the light non-intercepting position to the light intercepting position for the first time after a battery replacement. By comparing the image pick-up signal from each pixel with a first threshold value, a possibly defective pixels are extracted. Thereafter, by reading the image pick-up signals for a prescribed number of times from CCD, accumulated value of the image pick-up signals of each of the possibly defective pixels is calculated. Based on the result of comparison between the accumulated value corresponding to each of the possibly defective pixels and second threshold value, an actually defective pixel is specified from the possibly defective pixels.

Abstract: Image pick-up device reads image pick-up signals of all the pixels of CCD2 once when an optical system is in light intercepted state. By comparing the image pick-up signal from each pixel with a first threshold value THL1, a possibly defective pixels are extracted. Thereafter, by reading the image pick-up signals for a prescribed number of times from the CCD2, accumulated value of the image pick-up signals of each of the possibly defective pixels is calculated. Based on the result of comparison between the accumulated value corresponding to each of the possibly defective pixels and second threshold value THL2, an actually defective pixel is specified from the possibly defective pixels.